James Laurence Abot Ruello
Myongji University
H-index: 4
Asia-South Korea
Top articles of James Laurence Abot Ruello
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
Laser-cum-KOH activation allows interfacial engineering of cardboard-derived carbon, tunable ionic states, and universal dye adsorption | Chemosphere | James Laurence A Ruello Daniel N Mengesha Yongju Choi Anteneh F Baye Hern Kim | 2024/1/1 |
Carbonyl-interfaced-biochar derived from unique capillary structures via one-step carbonization with selective methyl blue adsorption capability | Journal of Cleaner Production | Richard Appiah-Ntiamoah Kidus Mathewos Tilahun Daniel Nigusse Mengesha Negasi Teklay Weldesemat James Laurence Ruello | 2023/7/15 |
Microwave-induced fabrication of fiber-reinforced adsorbent from waste cardboard and chitosan for effective dye removal | Journal of Environmental Chemical Engineering | James Laurence A Ruello Hern Kim | 2022/12/1 |
Double-porous PET waste-derived nanofibrous aerogel for effective broadband acoustic absorption and transmission | ACS Applied Polymer Materials | John Marc C Puguan Arni Gesselle M Pornea James Laurence A Ruello Hern Kim | 2022/3/25 |
Multifunctional dual-pore network aerogel composite material for broadband sound absorption, thermal insulation, and fire repellent applications | ACS Applied Polymer Materials | Arni Gesselle M Pornea John Marc C Puguan James Laurence Abot Ruello Hern Kim | 2022/3/25 |
Excellent Wideband Acoustic Absorption of a Multifunctional Composite Fibrous Panel with a Dual-Pore Network from Milled Corrugated Box Wastes | ACS Applied Polymer Materials | James Laurence A Ruello Arni Gesselle M Pornea John Marc C Puguan Hern Kim | 2022/1/5 |
Reinforced cardboard waste fibers with hierarchical dual-pore scaffold for hasty dye removal | 한국공업화학회 연구논문 초록집 | James Laurence Ruello | 2022 |
Ultra-Wideband Acoustic Absorption of a Multifunctional Composite Fibrous Panel with Dual-Pore Structure | 한국고분자학회 학술대회 연구논문 초록집 | James Laurence Ruello | 2021/10 |
Fabrication of lightweight and robust cryogel with opposite wettability for effective oil-water separation via sustainable and toxic-free approach | Journal of Environmental Chemical Engineering | James Laurence Ruello Hern Kim | 2021/8/1 |
Straightforward fabrication of robust cryogel from cellulose acetate and PVA for efficient oil-water separation | 한국공업화학회 연구논문 초록집 | James Laurence Ruello | 2021 |
Co-Authors
